1Y0-401 · Question #191
What are the benefits of using local VMs?
The correct answer is D. It allows users to install applications.. Local VMs provide users with significant autonomy, allowing them to install applications and customize their computing environment.
Question
Options
- AIt enforces centralized user data storage.
- BIt supports GPUs with thin clients.
- CIt enables remote access to desktops.
- DIt allows users to install applications.
How the community answered
(25 responses)- B4% (1)
- D96% (24)
Why each option
Local VMs provide users with significant autonomy, allowing them to install applications and customize their computing environment.
Local VMs, by nature of being self-contained on individual devices, do not enforce centralized user data storage; data is typically stored locally within the VM unless explicitly configured for network storage.
While some local VMs can utilize passthrough for GPUs, this is a feature of the underlying virtualization platform and not a general benefit across all local VMs, especially with thin clients which usually lack local processing power for a full VM.
Local VMs are primarily designed for local use on a client device; enabling remote access to these desktops requires additional configuration and infrastructure, and is not an inherent benefit.
Local VMs, running on a user's physical machine, offer an isolated environment where the user typically has administrative privileges within their virtual machine. This autonomy allows users to install applications, configure settings, and customize their desktop experience without affecting the host operating system or other users, providing high flexibility and control over their computing workspace.
Concept tested: Local VM user flexibility
Source: https://learn.microsoft.com/en-us/virtualization/hyper-v-on-windows/quick-start/quick-create-virtual-machine
Topics
Community Discussion
8The answer is D, it allows users to install applications. Local VMs run directly on the user's endpoint hardware, so the user has full control over that virtual machine environment, including the ability to install software without needing to go through a centralized IT push or hosted infrastructure. That is the defining advantage of local VMs over something like a thin client or a hosted VDI session, where app installation is locked down or handled server-side. A is backwards because local VMs actually store data locally, not centrally, and C describes hosted desktop solutions like standard VDI, not local VMs. B does not make sense in context either since thin clients by definition are not running local VMs. If you see this question on the 401, just remember that local VM equals local control, and the most direct expression of that is letting the end user install their own apps.
Toby nailed the core logic, though I would add that the user having install rights in a local VM is also what makes them a compliance headache since IT loses visibility into what software is actually running on that endpoint.
Saw a nearly identical stem on my sitting last spring and immediately went to the Citrix documentation on local VM policy, which is clear that the primary use case is giving users the ability to install and run applications locally without admin escalation on the hosted session. D is the only option that maps to what the official blueprint calls out under local VM benefits, the others describe thin client or hosted desktop scenarios, not local VM. Lock in D and do not overthink it.
D is the right call here. The whole point of a local VM is that compute runs on the endpoint itself, so the user actually has an OS instance they control, and with that control comes the ability to install software without needing admin rights pushed down from a server somewhere. I spent years in a traditional VDI shop where every app request had to go through a change ticket and a two-week queue, and local VMs were the escape hatch for power users who needed something installed same-day. Option C is the trap, because remote access to desktops is the pitch for hosted VDI or DaaS, not local VMs, which are running right there on your machine whether the network is up or not.
D is the right call here, though I want to push back on C as the distractor that trips people up. Remote desktop access is the selling point of hosted VDI, not local VMs, so if you picked C you were probably thinking of the broader Citrix pitch rather than what local specifically means. Local VMs run on the endpoint hardware itself, which is exactly why users can install and run applications that might not be approved for or compatible with a shared hosted image. The offline capability that comes with that is a side benefit the question does not even mention, which tells you the exam writers were squarely focused on the application installation angle. From a session-hardening perspective local VMs are interesting because App Protection policies still need to follow the session even when the workload sits on the client device, so do not let "local" make you think the control surface disappears.
The offline use case is undersold here, but worth flagging as a genuine differentiator for field workers on disconnected networks, not just a side benefit.
Been going back and forth on this one with a few people in our group and honestly I keep landing on A. Local VMs are managed by IT in a way that keeps user data tied to the organization's storage infrastructure, so it makes sense that centralized data storage is a core benefit they push in the Citrix context. Anyone else reading it that way, or am I off base here?
Anjali, the reasoning is close but the key distinction the exam is drawing is that with Citrix virtual delivery, no application data ever resides on the local endpoint at all, which is what D captures and what separates it from simply saying storage is centralized. Centralized storage can exist with local VMs too, so A does not identify something unique to the Citrix delivery model the way D does.